Medicine / 15. Neonatology 

Dolotova L.F., Estrin V.V.

Scientific research Institute of Obstetrics and Pediatrics, Russia

Rostov-on-Don

 

Effectiveness of SELENASE® in therapy of the respiratory distress syndrome (SDR) of the newborn babies and its influence on the manifestation of systemic inflammatory response syndrome (SIRS)

Until now, one of the most difficult problem of neonatology is the treatment of the septic-purulent phenomenon, complicating the course in neonatal respiratory distress syndrome [1, 2]. In this connection, the search for new approaches to diagnosis and treatment of sepsis is perspective. Moreover, analysis of published data indicates that the use of selenium-containing preparations contribute not only reducing SIRS, but also reducing the severity of sepsis [3, 4, 5]. The latter circumstance  served as an  the impetus for this study.

The aim of the study was to test the hypothesis that the use of sodium selenite pentahydrate (drug Selenase ®, Biosyn, Germany) in the conducted  standard intensive care,which was adopted in the intensive care department pediatric anesthesiology and resuscitation (DPAR) of the Rostov Scientific Research Institute of Obstetrics and Pediatrics, will reduce the incidence of SIRS (sepsis ) of the newborns babies with perinatal lesion (PP CNS)  and SDR, who are on the pulmonary artificial ventilation (AVP). Patients and methods: according to the design, there were examined 76 newborn babies with the respiratory distress syndrome. Children were born in the critical condition, demanding the organizing of the primary reanimation measures (order number 372 Ministry of Public Health, Russia), with the Apgar scores 3,1 ± 1,1  gestational age 39,1 ± 1,1 weeks, body weight 3350 ± 250 g, translated to the mechanical ventilation in the delivery room and entering in the intensive care unit in of the first 48 hours of life.

Study was carried out in an ethical aspect. In the intensive care department (DPAR), the children were divided into 2 groups. Randomization was carried out by a computer program of random number generator by the number of a case history. Group I (n = 36), the even-numbered stories of disease got selenase  (Selenase ®, Biosyn) at a dose of 10 mcg/ kg/day intravenously slowly for 10 days, and Group two (n = 40) - odd-numbered, was the control group. Probationers I and second group received standard intensive therapy, adopted in the intensive care department and the severity of the condition of the disease. Upon admission in probations, no child had no signs of the septic infection. For clinical diagnosis "sepsis", we used a combination of at least two symptoms of SIRS, with the the obligatory presence of any pyoinflammatory hearth, with positive blood cultures, or the presence of clinical signs of infection. It should be noted that all the newborns included in the study, upon admission, as well as on 3-5 days , 10 days, or in the outcome of the disease, as by indications there were examined: total blood count (performed on an automated hematology analyzer "CelltacF" MEK - 8222J / K, Japan, daily), blood chemistry (total protein, carbamide, creatinine), procalcitonin test, C - reactive protein (CRP), early apoptosis, late apoptosis and produced a comprehensive bacteriological examination blood cultures, urine, swabs from the umbilical wound, eyes, nose, throat, trachea, flushing of the endotracheal tube, liquor (if necessary) (in order to determine the identification of pathogens and antibiotic susceptibility). Analysis and statistical processing of the data was performed using standard software packages "Megastat" and Statistica-6. Results were considered significant for values of the type I error of p < 0, 05.

Results: sepsis as a complication of the underlying disease, developed in 11 (14.47%) patients from 76 patients included in the study. Moreover, in group I (treated by selenase) sepsis occurred in 2 (2.6%) infants, while in group two (II), in 9 (11.8%) patients. It should be noted that in 3 (4%) of 9 patients, the second group had the place to be transplacental infection sepsis (fetal sepsis), which is more severe, in the form septicopyemia, with symptoms of purulent meningitis, meningoencephalitis, bilateral pneumonia, as well as the phenomena of endotoxemia and multiorgan failure (MOF).

The rest of the children, of both groups developed acute neonatal sepsis in the form of septicemia (10.5%). In order to test the hypothesis that the selenase use conducted in intensive care standard, adopted in the department, reduces the incidence of SIRS (sepsis), performed detailed calculation of the criterion F (Fisher-Irwin) for bilateral alternatives at the 5% significance level (Table 1).

 Table 1

Distribution and calculation of criteria F (Fischer-Irwin)

Group

 

Fisher-Irwin criterion

 

sepsis

no sepsis

Total

 

I - Group

2

34

36

II - Group

9

31

40

Total

11

65

76

 

When calculating this criterion, the following result was received: p = 0,0358, which once again confirms the validity and reliability of the obtained values. 

Thus, in our study conclusive, statistically significant evidence was obtained that, using selenase, is not only a significant decrease (4.5-fold) (p < 0.05) the incidence of sepsis in infants with the respiratory distress syndrome and perinatal CNS on mechanical ventilation, but also reducing the severity of sepsis.

 

 

 

 

 

 

 

 

 

 

 

 

REFERENCES

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2. Isakov Y.F. Sepsis in children / Y.F. Isakov, N.V. Beloborodova - Izd . Mokeev . - 2001 . – P. 44-45 .

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5 . Zimmermann T. et al. Selensubstitution bei Sepsis patienten. Eine prospectiv randomisierte Studie / T. Zimmermann, S. Albrecht., H. Kuhne Vogelsang U., R. Grutzmann., S. Kopprasch / / Med. Klein. - 1997 . - Vol. 3 . - P. 3-4.